Shince Joseph

I As a Mechanical Engineer with a strong foundation in machine design and analysis, I bring a unique blend of academic and practical expertise to the field. I specialize in Finite Element Analysis (FEA) and have developed advanced MATLAB code to tackle complex stability and vibration problems during my Ph.D. research. With experience teaching and guiding students in MATLAB and Python, I am skilled in applying numerical methods to solve real-world engineering challenges.

Proficient in Python, MATLAB, Ansys, and 3D modelling tools like AutoCAD and Solid Edge, I am passionate about leveraging my analytical and programming skills to contribute to innovative projects in dynamic environments.

Experienced Mechanical Engineer with a Ph.D. in Machine Design and Analysis, specializing in FEA, MATLAB programming, and stability analysis. Skilled in teaching and mentoring in Python, MATLAB, and AutoCAD, with practical experience in lab management and experimental design. Strong analytical and problem-solving abilities developed through academic research and classroom teaching, complemented by proficiency in Ansys, Solid Edge, and coding in C/C++.

I am a Ph. D. in Mechanical Engineering from National Institute of Technology, Rourkela. My research focused on dynamic analysis of structures based on Finite element modelling. I have developed a Finite element model for this analysis which run on a program written in Matlab platform. I am skilled in Python as well, as I used these languages during my academic and professional journey, especially for numerical modelling and analysis.